tsParticles Confetti Bundle
tsParticles confetti bundle loads all the features necessary to create beautiful confetti effects with ease.
Included Packages
How to use it
CDN / Vanilla JS / jQuery
The CDN/Vanilla version JS has two different files:
- One is a bundle file with all the scripts included in a single file
- One is a file including just the
confetti
function to load the tsParticles confetti bunddle, all dependencies must be
included manually
Bundle
Including the tsparticles.confetti.bundle.min.js
file will out of the box.
This is the easiest usage, since it's a single file with all the features loaded.
You can still add additional packages, loading them like all the other packages.
Not Bundle
This installation requires more work since all dependencies must be included in the page. Some lines above are all
specified in the Included Packages section.
Usage
Once the scripts are loaded you can set up tsParticles
like the following examples:
** Easiest Way **
```javascript
confetti()
** Async Way, best practice **
(async () => {
await confetti();
})();
** Confetti Options **
confetti("tsparticles", {
particleCount: 50,
origin: {
x: 0.5,
y: 0.5,
},
angle: 90,
count: 50,
position: {
x: 50,
y: 50,
},
spread: 45,
startVelocity: 45,
decay: 0.9,
gravity: 1,
drift: 0,
ticks: 200,
colors: ["#ffffff", "#ff0000"],
shapes: ["square", "circle"],
scalar: 1,
zIndex: 100,
disableForReducedMotion: true,
});
Options
The confetti
first parameter can be an id and the second parameter a single options
object, or just the single options object without the id, which will be confetti
by default. The options
object has the following properties:
count
Integer (default: 50): The number of confetti to launch. More is always fun... but be cool, there's a lot of
math involved. (particleCount
can be used too, but it's deprecated)angle
Number (default: 90): The angle in which to launch the confetti, in degrees: 90 is straight up.spread
Number (default: 45): How far off center the confetti can go, in degrees. 45 means the confetti will launch
at the defined angle
plus or minus 22.5 degrees.startVelocity
Number (default: 45): How fast the confetti will start going, in pixels.decay
Number (default: 0.9): How quickly the confetti will lose speed. Keep this number between 0 and 1, otherwise
the confetti will gain speed. Better yet, just never change it.gravity
Number (default: 1): How quickly the particles are pulled down: 1 is full gravity, 0.5 is half gravity,
etc., but there are no limits. You can even make particles go up if you'd like.drift
Number (default: 0): How much to the side the confetti will drift. The default is 0, meaning that they will
fall straight down. Use a negative number for left and positive number for right.ticks
Number (default: 200): How many times the confetti will move. This is abstract... but play with it if the
confetti disappear too quickly for you.position
Object: Where to start firing confetti from. Feel free to launch off-screen if you'd like. (origin
can
be used too, but it's deprecated)
position.x
Number (default: 50): The x
position on the page, with 0
being the left edge and 100
being the
right edge.position.y
Number (default: 50): The y
position on the page, with 0
being the top edge and 100
being the
bottom edge.
colors
Array<String>: An array of color strings, in the HEX format... you know, like #bada55
.shapes
Array<String>: An array of shapes for the confetti. The possible values are:
circle
square
star
polygon
image
heart
hearts
spades
clubs
diamonds
text
The default is to use both shapes in an even mix. You can even change the mix by providing a value such
as ['circle', 'circle', 'square']
to use two third circles and one third squares.
scalar
Number (default: 1): Scale factor for each confetti particle. Use decimals to make the confetti smaller. Go
on, try teeny tiny confetti, they are adorable!zIndex
Integer (default: 100): The confetti should be on top, after all. But if you have a crazy high page, you
can set it even higher.disableForReducedMotion
Boolean (default: true): Disables confetti entirely for users
that prefer reduced motion.
And for those asking, yes you can paste your canvas-confetti code and migrate to tsParticles Confetti without changing a thing